CVE-2026-108049 in Alosuite
Summary
by MITRE • 11/03/2026
Clickjacking vulnerability in the Alosuite web application. The affected login interface can be embedded in a web page controlled by an attacker because it does not implement adequate user interface protection mechanisms, such as the X-Frame-Options header or an appropriate Content-Security-Policy (frame-ancestors) directive. By tricking a victim into interacting with a malicious web page, an attacker can trigger unwanted actions within the Alosuite application embedded in the frame, which could compromise the integrity of user interactions and facilitate further attacks against authenticated users.
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Analysis
by VulDB Data Team • 11/03/2026
The identified vulnerability represents a classic clickjacking attack vector affecting the login interface of the Alosuite web application. This security flaw stems from the absence of adequate user interface protection mechanisms designed to prevent unauthorized framing. Specifically, the application fails to implement the X-Frame-Options HTTP header or configure an appropriate Content-Security-Policy directive with a restrictive frame-ancestors value. These headers are standard industry controls intended to instruct web browsers whether or not to render a page within a frame or iframe. Without these protections, the browser allows any external website to embed the Alosuite login interface, effectively stripping away the context in which the user perceives they are interacting with the legitimate application.
From an operational perspective, this technical deficiency enables attackers to overlay transparent or deceptive elements on top of the embedded login page. By tricking a victim into visiting a malicious web page controlled by the attacker, the adversary can manipulate the user's interactions. The victim may believe they are clicking on benign buttons or links within the malicious site, but their clicks are actually being captured and executed against the hidden Alosuite interface beneath. This deception compromises the integrity of user interactions because the user is unaware that their actions are affecting a different application context than what is visually presented to them.
The impact of this vulnerability extends beyond simple UI manipulation. If an attacker successfully tricks a victim into clicking specific elements, they can potentially trigger unwanted actions within the Alosuite application. This could include logging in with credentials entered by the user if those fields are also manipulated or tricking the user into performing administrative functions if they are already authenticated. The primary risk is that this technique facilitates further attacks against authenticated users. Once an attacker gains control over the interaction flow, they can exploit trust relationships within the application to escalate privileges, exfiltrate sensitive data, or perform unauthorized transactions, thereby compromising both confidentiality and integrity of the system's operations.
To mitigate this vulnerability, it is imperative for the Alosuite development team to implement robust framing protections immediately. The most effective solution involves setting the X-Frame-Options header to DENY or SAMEORIGIN on all responses served by the application. Alternatively, configuring a strict Content-Security-Policy with a frame-ancestors directive that limits allowed origins to only trusted domains will prevent unauthorized embedding. These measures ensure that browsers refuse to load the login page within frames originating from untrusted sources. Additionally, implementing additional layers of defense such as SameSite cookie attributes can help mitigate session hijacking risks associated with cross-site requests, although they do not directly solve the clickjacking issue itself. Regular security audits and penetration testing should be conducted to verify that these controls are correctly applied across all endpoints within the application architecture.